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Air handlers or Air Handling Units or AHUs are explained along with it’s basic details, definition, working principle, components, description of all components, applications, etc. In this article we will learn how Air Handling units, or AHU’s, work. We’ll look at different componenst of typical AHU’s along with diagrams to clear our basics.

This is the new air handler stand I had to build. The new unit is almost 9 inches longer than the old unit. So after I removed the old I built a new stand while keeping the 20x25 air filter frame.

AC duct booster fans, such as inline booster fans and register fans, can help improve the airflow and efficiency of your current HVAC system. In this article, you can learn more about what are duct booster fans and the advantages and disadvantages of AC duct booster fans.

Imagine a home in which the temperature is always comfortable, yet the heating and cooling system is out of sight. That system performs efficiently but doesn't require extensive maintenance or knowledge on the part of the owners. The air smells fresh; you can hear the birds chirping and the wind rustling lazily through the trees.

We myth bust the claim that high-velocity HVAC systems are noisy.

What are AHU's . Learn what they do and why hiring one may benefit your office, studio, industrial process with cooling/ heating/ ventilation

HVAC systems are available in four main types: traditional split, hybrid heat pump, ductless mini-split, and packaged units. Time for another HVAC lesson. Don’t worry, we have answers. Service Champions Heating & Air Conditioning has served over 120,000 clients in Northern California and holds an A+ with the Better Business Bureau and has been Diamond Certified for over 16 years.

Air vent covers aren’t built for looks. At least the builder-basic ones aren’t. We had a standard white cover on our air exchange vent in the basement. When the wall...

I have a furnace in my attic around which the builder constructed an enclosure from 2X4 and foil-backed fiberglass insulation. I've been told the R-value of the insulation should be sufficient, but there is clearly air getting through at the seams and creating hot spots in the attic which then leads to ice dams etc. What is proper protocol for insulating these attic "furnace rooms"?